Answer:
The answer is Lungs
Explanation:
The organs of the excretory system are also parts of other organ systems. For example, your lungs are part of the respiratory system. Your lungs remove carbon dioxide from your body, so they are also part of the excretory system.
A Disaccharides is defined as a molecule formed from a combination of two monosaccharaides.
A polysaccharide is a polymer consisting of 10 or more monosaccharaides joined together . The bonds formed between the monosaccharide units are known as glycosidic bonds.
Both polysaccharides and disaccharides are sugars and can be cleaved to monosaccharide's through hydrolysis and phosphorolysis .
Both polysacahrides and disaccharides are formed by combining their constituent sugars through a reaction known as a condensation reaction which results in formation of a glycosidic bond.
Answer:
asexual reproduction through budding in the leaf
Answer:
See the answer below
Explanation:
A gene is made up of a pair of alleles that can be the same or different. When a gene is made up of the same allele, such gene is said to be homzygous and an individual is said to be true-breeding for that gene. When a gene is made of different alleles, such a gene is said to be heterozygous.
An allele, on the other hand, represents the alternate form of a gene. For example, height can be tall or short. Tallness represents one allele while shortness represents another allele. When the two alleles for a height are tall or short, it is homzygous, when it consists of one tall and one short allele, it is heterozygous.
Answer:
B. somatic mutations may be passed to daughter cells by mitosis.
Explanation:
<em>In multicellular organisms, </em><em>somatic mutations may be passed to daughter cells by mitosis.</em>
Mitosis has to do with the division of somatic cells as opposed to germ or reproductive cells. Hence, daughter cells from mitosis are exact copies of their parents. If a mutation occur in the somatic cell of a parent, such could be passed to the daughter cell through mitosis.
<em>Somatic mutations cannot be passed via sexual reproduction. Sexual reproduction can only be used to passed germline mutations.</em>
<em>Not all mutations produced phenotypic changes. Some mutations are silent and have no phenotypic implications.</em>
<em>Not all mutations are point mutations.</em>
The correct option is B.
